活性氯

  • 网络Active chlorine
活性氯活性氯
  1. 活性氯在316L不锈钢电极表面的阴极行为研究

    Study for the Cathodic Behavior of Active Chlorine on 316L SS Electrode Surface

  2. 结果表明,DCPD(COOK)2对活性氯型ACM具有较强的反应活性;

    The results showed that DCPD ( COOK ) 2 had better reactive ability with ACM containing active chlorine ;

  3. 通过改变氯化条件,主要探讨氯漂时间、温度、氯漂液的pH值、氯漂液的浓度等因素对薄膜上活性氯含量的影响;

    Though alternating the conditions of chlorinating , the effect of time , temperature , concentration , PH value on chlorine content in the film were discussed .

  4. 活性氯型ACM的热可逆共价交联

    The Thermally Reversible Covalent Crosslinking of Acrylate Containing Active Chlorine

  5. 羧基和氯原子是以离子加成机理、等摩尔量加成到BR的双键上,且CBR的惰性氯原子含量和活性氯原子含量可控。

    Residual group of organic acid and chlorine were added into double bonds of BR with equal molar ratio , which conformed to ion addition mechanism .

  6. 以次氯酸叔丁酯为氯化剂,氯乙酸为活性氯原子的引入剂,在甲酸存在下合成了既含有活性氯原子又含有惰性氯原子的氯化顺丁橡胶(CBR)。

    Chlorinated polybutadiene rubber ( CBR ) containing active chlorine was synthesized when t-butyl hypochlorite was employed as chlorinating agent under organic acid circumstance ( formic acid and chloroacetic acid ) .

  7. 研究表明,以NaCl为电解质时,Cl-会转化为氧化性很强的活性氯,活性氯及光电的共同作用,加速了染料的降解。

    When NaCl is used as the electrolyte , active chlorine is formed during the process , and is found to be responsible in combination with photo - and electro-effects for the degradation of dye ;

  8. 结果表明,水中有多种离子会对活性氯的产生有较大的影响,其中最主要的是NO2等还原性物质。

    Results of this study indicated of many familiar ions influence the production of active chlorine , in which reducing matter such as NO ~ - _2 is the most important .

  9. 四丁基溴化铵的加入有利于DCPD(COOK)2在活性氯型ACM中的分散,并显著提高胶料的力学性能;

    It could be lead to the better dispersion of DCPD ( COOK ) 2 in ACM containing active chlorine when TBAB was added to the composition and the mechanical properties of ACM containing active chlorine increased distinctly ;

  10. 实验中发现,溶液中活性氯的生成采用Ti/RuTiSn氧化物涂层阳极优于Ti/PbO阳极。

    It was found that the active chlorine produced in the solution was consistently higher at Ti / Ru-Ti-Sn oxide coated titanium anodes than that at Ti / PbO_2 anodes . The results may provide as much information as possible for the practical use of electrochemical treatment of industry wastewaters .

  11. 活性氯&过氧化氢氧化光泽精发光的研究

    Study of Chemiluminescence of Lucigenin With Active Chlorine and Hydrogen Peroxide

  12. Ti/PbO2阳极在氯化钠溶液中电解生成活性氯的研究

    Investigation on Electrogenerated Active Chlorine from NaCl Solutions at Ti / PbO_2 Anode

  13. 活性氯型丙烯酸酯橡胶的热可逆共价交联及力学性能

    Thermally reversible covalent crosslinking and mechanical properties of acrylic rubber containing active chlorine

  14. 电化学法处理水时常见离子对产生活性氯的影响

    Influence of Familiar Ions on the Active Chlorine Production in Electrochemical Water Treatment method

  15. 恒电位下原位电生成活性氯氧化降解蒽醌染料

    Electrochemical treatment of simulated anthraquinone dye wastewater with in situ electrogenerated active chlorine at constant potential

  16. 对Ti/PbO2阳极在氯化钠稀溶液和浓溶液中电氧化生成活性氯进行了研究。

    Electrochemical generation of active chlorine in diluted and concentrated NaCl solutions was investigated at Ti / PbO_2 anode .

  17. 增加氯化钠浓度可提高活性氯浓度和改善电流效率;

    The concentration of active chlorine and CE increased with the increase of NaCl concentration , but the increased range reduced .

  18. 用尼龙-6树脂作基体,用次氯酸的活性氯(Cl~+)取代氢而制备了氯胺型氧化性树脂。

    A chloramine oxidizing resin has been prepared using nylon-6 as monomeric unit and by the method of substituting hydrogen by active chlorine ( Cl + ) in hypochlorous acid .

  19. 某些化学法如在南极旋涡中注入烃类可能由于生成另外的活性氯原子而不能有效地抑制大气臭氧耗损.某些物理法如利用大气电子电荷修复大气臭氧耗损。

    Some of the chemical methods such as injection of hydrocarbons into the Antarctic vortex maybe not significantly impress the depletion of ozone , due to the production of other active chlorine atom .

  20. 苯胺的去除主要是活性氯的间接氧化作用实现的,苯胺降解中间产物的去除则是活性氯间接氧化和电极直接氧化协同作用的结果。

    The removal of aniline was found to be related intimately to indirect oxidation by active chlorine species , and the removal of COD could be attributed to the synergic effect of direct oxidation by electrolysis and indirect oxidation .

  21. 反渗透膜技术作为一种重要的膜分离技术已广泛应用于海水淡化和苦咸水脱盐领域,然而聚酰胺膜对活性氯的敏感性严重制约了反渗透膜技术的进一步发展应用。

    Reverse osmosis ( RO ), as one of the most important membrane technology , has been widely used in purification of blackish water and seawater . However , that polyamide membrane is sensitive to chlorine hinders the further development and application of RO .

  22. MgO活性对氯镁石材料开裂和耐水性的影响

    Effect of chemical activity of MgO on cracking and water-resistance of magnesium oxychloride materials

  23. PCBs的光化学活性与其氯原子数量和取代位置有关。

    The photo-reactivity of PCBs was related to the position and quantity of chlorines on the PCB congeners .

  24. 忍冬种子萌发期间PAL活性及氯原酸含量变化

    Changes of Phenylalanine Ammonia Lyase Activity and Chlorogenic Acid Content of Japanese Honeysuckle Seeds ( Lonicera japonica ) During Germination

  25. 氯酚的反应活性与氯原子的个数及其在苯环上的位置有关;

    The reactivity of CPs depends on the number and position of chlorine atoms in the aromatic ring .

  26. 然后,在氮气保护下,该配体进一步与含有金属中心镍的化合物发生络合反应,得到具有催化活性的氯基α-二亚胺金属镍配合物。

    Then , we obtained the chloro group α - diimine nickel complexes just through complexing with nickel metal center underthe protection of nitrogen .

  27. 过氧化物酶(POD)活性随施氯量的增加而升高,高氯抑制烟株生长的作用与POD的高活性有一定关系;

    Peroxidase activities increased with increasing of chloride application amount . There was a relationship between the inhibition of higher chloride to tobacco plant 's growth and higher peroxidase activities .

  28. 本文研究了含活性氢的氯羟丙基磷酸酯(CHPA)对聚氨酯(PU)软泡的化学阻燃作用及其阻燃机理。

    The flame-retarding effect and mechanism of chlorohydroxypropylphosphate ( CHPA ) containing active hydrogen on PU foam were studied .

  29. 尽管PCBs性质稳定,但是在细胞色素P450酶的催化作用下仍然可以代谢为羟基化多氯联苯,再进一步氧化为高活性的多氯联苯醌。

    Although PCBs is stable , it can be metabolized to the hydroxylation of PCBs with catalysis of cytochrome P450 , and further oxidation of the high activity of PCBs quinone .

  30. 固色剂CF-C在提高活性染料耐氯牢度中的应用

    Chlorine fastness enhancement of reactive dyed fabric with fixing agent CF-C